Portwest T166 - PW3 Hi-Vis Rain Jacket (3L)

The PW3 Hi-Vis Rain Jacket (3L) is designed with both comfort and protection in mind. Crafted from Portwest Extreme stretch soft-touch 3-layer (3L) fabric, it is waterproof, windproof, and breathable, ensuring the wearer stays dry in all conditions. Certified to EN343 Class 4:4, this jacket features a narrow triple storm flap to protect the zip and enhance waterproofing, 2-way centre front zip, ventilation panels in all pockets for enhanced breathability, a removable helmet-compatible hood with a shaped peak and 3-point adjustment system, adjustable cuffs, harness compatible pockets and an extended back length for added dirt protection. A must-have in the PW3 collection.

Features

• Premium waterproof and breathable fabric with mechanical stretch properties
• 3 layer waterproof fabric for lightweight, durable comfort
• Waterproof with taped seams preventing water penetration
• Extremely water resistant PFAS free Texpel™ Splash Eco fabric finish, water beads away from fabric surface
• Acti-Reach™ innovative one panel construction that increases arm and torso mobility when reaching, turning and twisting.
• Narrow triple storm flap for enhanced zip protection and added rain protection
• Zipped chest pocket
• 2 side zipper pockets for secure storage
• Pre-bent sleeves allow for increased freedom of movement
• Hook and loop cuffs for a secure fit
• Raglan sleeves for a comfort fit
• Helmet compatible adjustable hood
• Durable, breathable, windproof and water resistant fabric
• Innovative stretch panelling in key movement areas provides excellent comfort and flexibility
• Heat applied segmented reflective tape for added visibility
• Two-way zip for quick and easy access
• 3 pockets for ample storage
• Radio loops for easy clipping of a radio
• ID card holder for ID card display
• Detachable hood
• 40+ UPF rated fabric to block 98% of UV rays
• Certified to EN ISO 20471 after 50x washes
• CE certified
• Complies with RIS 3279-TOM for rail industry (orange only)
• Registered Community Design